F5 Networks

Displaying 1 - 10 of 187 results

DDoS will likely be a problem that is here to stay, but understanding the latest trends can help you be better prepared. The F5 DDoS research and defense community--based off their experience, observations and analysis gained from fighting DDoS over the years--identifies the top three emerging DDoS attack trends. This
...

Security solutions designed to monitor network traffic to detect threats and prevent data leakage are becoming less effective as a result of the growing volume of bandwidth associated with cloud-based services and the rising amount of encrypted traffic. This whitepaper provides an overview of SSL/TLS as well as its current
...

In today's application-centric world, there's truly an app for everything. Organizations offer applications with data access to employees and consumers to drive greater productivity, meet business demands, and ultimately achieve a competitive advantage. But as organizations deliver more and more sensitive data through applications, they're also introducing everincreasing risk.

Today, enterprises are extending their businesses by using more web-based and cloud-hosted applications, so a robust and agile web application firewall (WAF) isn’t a luxury—it’s a requirement. As these web- and cloud-based applications become more popular, attacks become increasingly sophisticated and frequent, threatening enterprise data.

Organisations that deliver mobile, web-based, and SaaS applications need innovative ways to stay competitive and expand their operations without having to build more data centres.
In this whitepaper, discover how F5 can help organisations achieve these goals in a hybrid cloud architecture without compromising security.

Advanced threat protection systems bring a new level of malware protection to the enterprise, overcoming the weaknesses of intrusion detection and prevention solutions by detecting zero-day malware. ATP devices might also introduce bandwidth constraints and intermittent availability, leading to network outages. Proper use of Application Delivery Controllers can mitigate these
...

Detected by F5, the Tinbapore attack put millions of US dollars at risk. An F5 investigation revealed that Tinbapore is actually a variant of the Tinba malware that targeted financial institutions in Europe, the Middle East, Africa and the Americas. The original Tinba malware was written in the assembly programming
...

CIOs want harmony. Security directors loathe point products. Network operations won’t buy into anything new. CIOs can get the harmony they need around DDoS mitigation by extending the F5 Application Delivery Controller into a hybrid solution: on-premises with a new cloud component.